A very great experience I recommend it to anyone who deal with engineering and of course curious people

Great tool for analyzing, sorting, and simulating data. easy to understand and to learn it. In addition, it helps in plots and graphs and simulation scenarios I hope to see it applicable for smart phone as small app

Great library Easy to learn Easy to use Reliable Great accuracy

MATLAB has been at the centerstage of our academic activities in general and research in particular. It has helped in solving research problems in the area of image processing. Medical diagnosis of various diseases, object recognition and character recognition are some specific areas in which MATLAB has been really useful. Now I am also researching in the area of data science. I have found it to be surprisingly and pleasantly useful in this area although people are making use of Python and its libraries and R for this purpose.

The abstraction of best of the cutting edge techniques scaled down to function level makes it powerhouse of research in the field of science and engineering. Input of data in the form of matrices make it intuitive to use and visualization of data makes it an extension of your own mind. It doesn't take much time before it gets you working with the lifeless data transforming it useful insights.

The black box approach of using functions wherein you are aware what the input and output of function is but not its source code is a double edge sword. Whereas it makes it easy to use the function per se but it also makes it difficult to customize software. The source code of the commonly used functions should be available.

Annual and monthly data collected in businesses can be easily analyzed using this software. Machine learning can be used on available data to predict on future trends in market.

MATLAB is basically a coding software. The coding language is very easy to self learn. However a basic knowledge on mathematics and coding fundamentals is needed. Any person who is familiar in any computer language can grasp the techniques of using MATLAB. Therefore the codes can be debugged easily. This is a software that can be used in mathematical modelling for in engineering fields. In electrical engineering the software can be used to simulate control systems. It also can be used to do complex calculations that need many iterations. It facilitates the extraction of data from excel formats. Most data are stored in excels .Therefore mathematical analysis on data stored in excel can be easily done using this software. Therefore this is one of the best software for data visualization in a mathematical sense. Another advantage is the ability to use image processing and signal analysis tools for practical applications. These processing techniques can be performed on data by coding the fundamental methods of processing. This software can be used in building applications using graphical user interfaces.

The software can be used for analysis of large data sets .However the time to process or run codes involving large data sets may take few minutes. As a result more powerful computers with improved process speed should be used in some cases to get results from the software. The interface has not been improved in improved versions. The interface can be made more user friendly. Though debugging is comparatively is easy when considering other computer languages, it will be better if it can be further improved.

My overall experience with MATLAB is positive. Its powerful computational capabilities and diverse toolset enhance my productivity. However, challenges like licensing costs and learning curves exist. Despite this, MATLAB remains my preferred choice for its efficiency in mathematical modeling, data analysis, and presentation tasks.

MATLAB is indispensable in my work. Its user-friendly interface simplifies complex computations. The vast library of functions accelerates development, while the versatile plotting tools enhance data visualization. Integration with various languages and toolboxes broadens its utility, making MATLAB my go-to for efficient, diverse tasks.

Despite MATLAB's strengths, I've encountered drawbacks. Its licensing cost can be prohibitive for some. Steeper learning curves for novices and limited speed in certain computations are notable challenges. Dependency on proprietary software and potential resource intensiveness can pose hurdles, impacting seamless collaboration and execution efficiency.

In my pursuit of becoming a software engineer, MATLAB served as my guide through intricate mathematical models and algorithms. Its graphical skills improved my comprehension of software ideas that are essential to my academic career by transforming abstract theories into concrete visualisations.

For students studying software development, MATLAB is a useful tool. Its vast function library and simple syntax enable quick algorithm building and experimentation. The visualisation tools are excellent and aid in the understanding of difficult ideas. MATLAB is more than just a simple coding environment because to its seamless integration of modelling and simulation tools.

While MATLAB provides a wide range of tools, students on a tight budget may find the cost of the licence to be a drawback. Collaboration may also be limited by the fact that MATLAB scripts might not be as portable as programmes written in other languages. Because of its various features, some users could find the UI confusing.

This tool help me in all of my engineering tasks, mathematics tasks, post-processing tasks, and analysis task. It is a very useful tool for Engineers. All tasks are done with MATLAB with ease. A good wide range of libraries, packages and toolboxes. Highly versatile engineering and math tool. too much flexibility in doing tasks of engineering. It makes all of your math equation solution much easier.

It lacks proper dark mode. It is a highly used tool and still doesn't have a dark theme. It is costly for individuals if you are not an educator. With every updates coming every year, processing requirements are becoming more and more demanding and tool is becoming heavy on your computer.

I administer this at work and use it personally. So far it has been great

So many features! This tool can do anything once you learn how to use it. I recommend some sort of class to teach you how to use it

severe learning curve especially if you haven't used any modeling software ever. Can be a bit intimidating at first

I started using MATLAB as a student then I wrote some papers using MATLAB NNTOOL and it generated some great results. As a professional I continue to use MATLAB, for me it’s the best software for programing and engineering. The neural network tools are very useful.

You can do anything with MATLAB's tools and material/tutorials online.

The price is still considerably high for less developed countries.

Analyzing data, developing algorithms and verifying embedded systems

There is nothing I dislike about the software it has made my working easier

Matlab is an extremely powerful system modelling tool and development environment. Students and professionals that work in the engineering and science backgrounds will find this software invaluable.

The software allows users to perform complex computations (linear algebra, differential equations, integration transforms etc), system modelling, and develop programmed algorithms that can be executed and simulated. I used this software from my undergraduate days, whilst studying electronic engineering, to compute state space models of control systems and visually analyse control loops from their transfer functions using Matlab's programming script feature and graphing capabilities. I also used it to quickly develop, simulate (using the Simulink toolbox add-on), graphically observe and fine tune the performance of a PID controller which was much easier and quicker than manually calculating and plotting the solutions. Numerous mathematical processes that usually require multiple steps can be executed by a single prebuilt command on Matlab, e.g the [x , y] = cart2pol(theta, r) command converts Cartesian co-ordinates into polar co-ordinates; this greatly simplifies the programming and mathematical input required by the user. Since its latest update (R2019a), Matlab is fully capable of developing, simulating and training deep neural networks, autonomous systems and a lot more.

Due to its extensive capabilities, this software can be complicated and over whelming for first time users. The complexity also inflates the memory requirements of the software. The syntax, notation and structure to input commands requires some time to get used to. Sometimes, when trying to achieve certain calculations, it leads to error messages that require some time to understand and correct. In fact, users need to understand the basic rules of linear algebra first (matrix multiplication, addition etc) in order to perform calculations because this program treats all numerical inputs as vectors/matrices. Users will also need to have some programming capabilities in order to fully utilize the computational capabilities of this software, which is similar in structure to C programming, using the propriety programming language that is developed by MathWorks.

I am a research assistant and I use MATLAB for different purposes. In fact, I have used MATLAB extensively for the last 4 years. MATLAB is one of the pioneers in mathematical programming, and one of the first things every engineer needs to learn. Researchers all over the world use MATLAB to solve mathematically complex problems and publish journal articles every day. Like any other programming language, there is a learning curve for MATLAB, but as someone who has tried different programming languages, I believe that MATLAB is one of the easiest yet most powerful coding languages. The great experience of the MathWorks team has made MATLAB almost perfect; however, as recently other programming languages are getting more popular, MATLAB needs to catch up with them.

MATLAB has a long list of useful commands. With these commands, one can edit text, solve complicated math problems, process images, and many more applications. Basically, any problem that is in some way related to numbers can be implemented in MATLAB. There are several useful built-in apps and toolboxes, such as signal processing, machine learning, optimization, etc. These built-in toolboxes are very handy and easy to use. MATLAB has one of the most comprehensive and helpful documentation I have ever seen. For any command available in MATLAB, you can find at least one example that shows every aspect of using that command. Even if you cannot find the answer to any of your issues, there are many people on the internet that can help you. As MATLAB has been around for a long time, there is a great community of MATLAB users all over the world. MathWorks has provided an official forum and it is called MATLAB central. In this platform, users can ask their questions and problems and they can share codes in the “File Exchange” section. It is almost impossible to face an issue and not finding the answer in MATLAB central. One of the good points about using MATLAB is that it frequently gets updated. These updates do not change the way user interacts with the software, and that is another positive point, because after all these years I am used to the user interface.

One of the downsides of MATLAB compared to other available coding platforms is its outdated code editor. There are many features that can be added to the editor section, such as the column text editor, and different themes. I personally love my workspace to be dark, and one of the first things I try to change in every programming platform is its theme. Although there are some personalization options available, they are far from being perfect and customizable. Collaboration or sharing the codes with other users seems to be a must nowadays, as most of the programming platforms provide this feature. Additionally, I believe the loading time of MATLAB should be improved.

My overall experience with MATLAB is so good. It has so many good points that If I would highlight each and every point so the maximum word limit would cross So in a nutshell If someone wants one solution to all Engineering and Mathematical problem he/she should must try and install this software to feel the peace in life as you don't need to have so many software for different tasks to perform, MATLAB is there to help you in all fields.

When I just entered University, In the very first semester I was introduced to this software by my instructor. Initially, I learnt to apply basic mathematical formulas like taking derivatives, solving matrices etc but then almost in each semester I used this software in one way or another that's why I used to call MATLAB, one solution to all Engineering and Mathematical problems. We can solve all kind of mathematical problems either integration, differentiation etc on MATLAB. It also provides its user to simulate electrical, mechanical etc system on it. This software is verified and because of its high quality, we can simulate our designed projects on it and once that design project provides the desired output on MATLAB, then that projects implementation on hardware and the output will not deviate from the outputs we have gotten on MATLAB that's why often students use MATLAB for their final year projects. Besides, its other features it also provides the GUI functionality which I have incorporated in several projects. The mathematical techniques like Fourier series and Laplace transform etc, MATLAB provides the ease to implement it and get the infinite plotted results and better interpret the results by visualizing the data, not only two dimensional but also three-dimensional graphs can also be plotted on MATLAB. Above all, it provides the facility of coding and producing the desired result. So I said rightly it is one Solution to all Engineering and Mathematical Problems.

Overall the performance of MATLAB is quite good, it user friendly but the only problem which I have encountered is the installation process. As it is a bulky software so its installation requires approximately two to three hours of yours and have to follow the guideline which is provided in the software as in read me files etc. to easily install this software so this is the main task. Once You have Installed the software now you are good to go to enjoy its immense features.

I started using Matlab in 2013 as a student and after all these years, still now as a professional and researcher, I am not only using it without complaints but also recommending young engineers to use it. Although My area of expertise has elaborated to a great length, Matlab still meets all my demands and gives precise results to everything. If you are trying to be a EEE researcher and looking for optimum analysis software, Bingo! You have got what you are looking for. Matlab it is! A total solution.

I cannot think of any modern Electrical Engineer without the knowledge of Matlab. From Electronics to Embedded major, everyone has to go through Matlab platform. Even in job requirements, it is mentioned as one of the major skills. Most of the Master's and Ph.D. scholars I know use Matlab as their primary source of simulation and analysis software. So what makes this platform so important to Engineers? (I am sure it is used by other professionals too! but I will write from my own perspective). Firstly, we can do any Numerical Analysis easily using simple codes and find out exact values. I have used other software as well, but Matlab has the advantages of additional tools libraries to assist in analysis. In Engineering college, we completed our Control System analysis and Digital Signal Processing solely depending on Matlab Platforms. I can assure you, compared to other processing software, Matlab is user-friendly and has a lot of YouTube tutorials where you can seek assistance from to complete your projects. I think the utmost advantage one can get from Matlab is using Simulink software. What an amazing tool for Load Flow and Power calculations. No other platform can provide such rigorous analysis and errorless answers in Power System, Control System, Numerical Analysis, Signal Processing and 3D analysis like Matlab do. It is really a whole package.

It is a giant expensive software and as a student or professional, a customer might not even require 5% of the total capacity. As this software comes in a total package, the installation process is tricky, takes a huge amount of memory of your computer, so you have to buy high-end processors for swift operations, and takes a lot of time to start. Again, mastering Matlab could take time because it requires coding and there are thousands of options to select for, which is a barrier for students and designers to get accustomed to easy analysis. It would be easy for everyone if Matlab releases smaller versions of the software specified for potential customers - This would reduce pricing, installation, and user complexity to a great length.

Overall, I have had a wonderful experience working with MALTAB. It totally worth it. I learned how to work with it in a short time. It includes lots of simulation blocks, embedded modules, and embedded libraries that are readily available. Therefore, you can save a lot of time using MATLAB becuase you do not need to write hundreds of line to introduce these embedded modules. If you are in an engineering or science profession, download and install MATLAB today, and start using it!

I love using MATLAB. I use it all the time at work for data analysis, data visualization, and running quick simulations. Here, I will mention a couple of MALTAB features that I find useful and I most like about it. MATLAB Graphical User Interface is simple, beautiful and intuitive. I find it very easy to work with. MATLAB is a user-friendly software for novice users. Coding in MATLAB is very easy because it is an interpreted language. If you are inexperienced in coding, you can learn MATLAB quickly. It also offers very helpful manuals online, and it includes various examples and demos that I find very helpful. MATLAB is being developed more often. Now, I can find very complex mathematical models embedded in it. I can easily use these models only by calling them in one line code. The simulink of MALTAB is a great tool for simulating complex systems. It includes almost all the blocks needed for simulating control systems. I used it all the time for doing my assignments and course projects when I was a student. I recommend MALTAB to all engineers, scientists, and professionals. You can save a lot of time and money using MALTAB.

I do not have any dislikes for MATLAB. The only thing I could mention is that MATLAB is pricy. Especially if you want to have more modules and embedded libraries, you have to pay more. I have been using the MATLAB license that my university purchased. It would be nice if they could make it more affordable. Another thing I can mention is that, MALTAB can be laggy and slow when you want to run a code for so many iterations.

MatLab offers extensive and advanced numerical analysis tools whose workability blows my mind. Despite using it for learning purposes, I can real get a wide view of how to dissect data to solve the problems of our globe. Not necessarily in the business line but in most aspects of the world data applies

Matlab is a one of a kind tool that fit all sort of numerical computation roles. I have used it for learning purposes across all my units of my Actuarial Science Course which is a wide umbrella covering statistics, risk calculations and financial field where Matlab's use happens to be soo critical. Over the years I appreciate it's extensive features,high level language and it's interactive environment that help me navigate through with different programming languages. It comes harbored with lots of mathematical functions and operators that allow me to perform even the most complex mathematical computation. Analytics of time series data is quite doable with Matlab. With it's analytics that include statistical elements, plotting and grouping functions which makes visualization soo enjoyable. Prediction and forecasting of risks and occurrences that are likely to occur in the future through creating models that are based on the data at hand is definitely a plus for me

To be honest MatLab had been a real gem to me. I love the fact that it support different languages that Iam quite conversant with making data analysis soo easy for me. I would therefore recommend for students and for solving real world problems

Currently, MATLAB has been working perfectly for me, this software has lots of applications, it can be used for beginners and for more specialized applications. I highly recommend MATLAB.

MATLAB is excellent for engineering students because it’s easy to learn, there are lots of tutorials on the Mathworks page that you can use, as a beginner, another programming language can be overwhelming but that’s not the case when using MATLAB, the environment is very interactive and easy to learn, it´s perfect for analyzing data, image processing, signal processing, neural networks, dynamic graphs. The built-in functions are very helpful, and the function help gives you a quick explanation of how to use the built-in function, which is perfect, so you do not have to memorize everything. Another feature that I really love is the add-ons, MATLAB has lots of add-ons and toolboxes that you can install and use, personally the toolboxes for Arduino, Solidworks, Simscape, Robotics System Toolbox, and the Statistics and Machine Learning Toolbox are my favorites and the ones that I use the most. Lately, I have been using MATLAB to export excel sheets and do some data analyzing, it would take hours in excel but I just spend a couple of hours to make a code and I run it and analyze new data, in addition, you can use the GUIDE to make a program for everyone to use. Also, Simulink is a very powerful tool that MATLAB offer us, personally I have used Simulink to simulate dynamic systems and the environment was easy and intuitive, I am very satisfied whit Simulink.

The only thing that I would not recommend when using MATLAB, connecting Arduino to read and graph voltage values, the data acquisition rate is just not good enough to get a graph as if you were using Arduino. If you want to store data and later do analysis it would work fine.

MATLAB has been my universal tool during all my years of undergraduate and graduate study. I use it whenever I have a smallest simulation and/or data presentation pf physics problems. Light, easy to deploy and easy to read, MATLAB helped me success in my exams and semester projects.

Almost every college is equipped with MATLAB, meaning every student can use it for free. While the possibilities of tasks that can be realized by MATLAB is endless, with monstrous amount of extensions and programmable open-source libraries, MATBAB comes with mathworks.com - the community that answer all of your question from syntaxes to algorithms. MATLAB is being THE tool of the people.

In some poor country where universities cannot afford to use MATLAB, instead of using MATLAB illegally, students are taught with a diluted version of it such as SciLAB or other open sources... causing them a syntax gap later while using MATLAB like everyone else. I would appreciate if the price in third world countries could be reduced.

According to my experience with the software, I can say that it is the most complete with respect to other similar software. The implementation of this software can be a bit tedious for companies, but for what it offers it is very cost effective. The advantages for calculation and scheduling are fantastic, however the sophisticated language of the software makes it somewhat difficult to use. On the other hand, it is an effective tool for engineers and all types of professionals related to calculation and programming.

What I liked most about this software was that it gives you different tools to design mathematical models, graph all kinds of data and program with algorithms, from the simplest to the most sophisticated. Besides, in my student life, it has been very useful to solve different types of calculation problems. In my opinion, the flexible language of this software allows professionals to express their calculations and programming in an efficient way. A positive point is the easy implementation in any type of company. Finally, the wide variety of tools that the software has, allows you to model control systems, analyze data and process different prototypes.

What I liked least about this software is how difficult it is to program for inexperienced users. Learning the programming language of this software can be a bit sophisticated at first. Also, the results obtained when performing simulations can be difficult to understand. Another negative point is the large amount of resources that the software needs for proper operation.

MATLAB is an extremely powerful data analysis tool; we have used it for visualising data both in real time and after the fact to find trends and isolate faults. The automotive toolkits are high quality; in particular the CAN bus support easy manipulation of CAN bus data for producing graphs and test rigs for components and systems.

If you can do it in software, you can probably do it with MATLAB! It has a vast range of functions from simple matrix manipulation (its namesake) to computer vision algorithms for autonomous driving. The MATLAB language has a simple syntax which is easy to learn, and code be executed one line at a time while testing and experimenting, or can be run automatically as a script. The debugger is also very good. It is fairly straightforward to produce functional GUIs which make a project appear professional and easy to use, important when distributing code to to coworkers or customers. Documentation is excellent, both within the MATLAB and online.

In recent years the addition of more and more features has started to take its toll on the overall responsiveness of the software; MATLAB no longer starts up as quickly as it used to and general clicking through menus and UI is more sluggish than in the past. Due to its ease-of-use there is a degree of abstraction in the language which slow execution; once a software module has been written and tested in MATLAB it is common to port it to C or C++ to improve performance. No MATLAB review would be complete without a complaint about the cost; especially if one has some use case, such as embedded code generation using Simulink, which requires several additional toolboxes on top of base MATLAB. The per-seat license cost can easily reach tens of thousands, which can be a tough sell in a world filled with excellent free and open source alternatives.

I am highly dependent on Matlab. It is like a piece of un-stitched fabric for me and it is upto me what I make out of it. It has very strong support for scientific and technical community. Though the new version of Matlab (R2018b) tends to be slow on my desktop with 16GB RAM and i7 processor.

This is perhaps the most powerful software used by engineers of all disciplines. The best part of this software is the programming. You can write almost any kind of script which can also work with hardware. If you already know C++, using Matlab is not difficult at all. I have been controlling a whole million dollar machine using Matlab where a script was sending commands to the machine through a serial port and acquiring data simultaneously. The speed of Matlab is impressive to a level that I was able to acquire data at a rate of 2MS/s.

Matlab's Simulink was supposed to be a tool like Labview for visualization of a process but it became one of the least favorite features for many people. So instead of Simulink, I have to use Labview and then call Matlab script within Labview. This indirect approach bring compatibility issues. The block diagrams in Simulink was clumsy especially when you add more than 200 parts. One way to get through is dividing whole task into pieces and save a separate Simulink file for each sub task.

In the subject numerical calculation and simulation and models has been very useful to solve problems in class, as well as great help to the currency of teaching subjects

Excellent tool to solve scientific and engineering problems with a high level language based on numerical calculations with vectors and matrices where you can work with scalar numbers both real and complex, and with strings of characters and with other more complex information structures. It also provides a very good desktop environment for iterative exploration, design and troubleshooting, aunadio to this provides graphs to visualize data and tools to create custom diagrams and also applications to adjust curves, classify data, analyze signals, adjust systems of control and many other tasks; It also has an extensive library of complementary tools for a wide variety of scientific and engineering applications. It allows the study of continuous, discrete, linear and non-linear systems, by means of internal and external description, in the time domain and frequency. Tools to create applications with custom user interfaces and with Interfaces for C / C ++, Java, .NET, Python, SQL, Hadoop and Microsoft Excel, as well as royalty-free implementation options for sharing MATLAB programs with end users. Wide mathematical support as well as the possibility of using extended precision in the calculations, besides a wide Mathematical support besides possibility of use of precision extended in the calculations. It has a large community on the web, where there are forums and support.

debuggin and profiling tools are not usually easy to use for some users, it also has speed problems. On the other hand, it does not have its own symbolic calculation library, which is why it uses Maple commands. When not being designed for the work in line of commandos it does not present any menu of quick access to procedures of frequent use.

it is one of the best mathematical tools that is quite helpful in the engineering field.The best feature of Simulink is its ability to produce code for a number of platforms, including embedded systems, making it simple to deploy models on actual systems.The most flexible and practical tool for signal simulation and visualisation.Using software like Simulink, I could test a system before deploying it on actual hardware, which saves a tonne of time, effort, and money. Simulink is wonderful, and I'm glad it exists.

Simulating complicated architectures can occasionally take a long time to complete. But there are generally very few drawbacks.The Simulink Fixed-Point Tool cannot be used with Simscape blocks.Simulink offers a wide range of options. I initially find it chaotic for that and require time to get used to it.Additionally, I find the online simulator to be a little sluggish.The Simulink Fixed Point Tool cannot be used with Simscape blocks, and this feature must be enabled.

Great tool for performing engineering operations, algorithm development, and is a must for all Engineers!

MATLAB can be widely used in both industries as well as in education institutions due to its flexibility to deal with large multi-dimensional matrices very easily. In a world driven by data, mathematical operations to analyze the data and derive insights from those datasets has become essential and Matlab does that job very easily in a few lines of code. In fact, the company responsible for creating Matlab, Mathworks, provides a huge repository of documentation and examples to very easily explain each method and function to new users. This documentation can be considered unique as the documentation for all other programming tools (including Python and R) do not match up to the preciseness of the help provided by the MATLAB support system.

Due to its "mathematical setup" of using engineering techniques extensively, it can be a little overwhelming for first-time users, but the documentation should ease out the process of learning and implementing things in Matlab. The pricing of Matlab is on the higher side, which led to the development of Octave, a free tool replicating the functionalities of Matlab. Nevertheless, if you are a university student you should have free access to Matlab, as Mathworks networks heavily with educational institutions to grant access to all students across the globe.

It's simply THE TOOL. It has tons of features, a wide community always available and lots of easy-to-use graphics for data visualization. For researchers it is the perfect tool, as there are plenty of code available in different repositoires

It is quite expensive, so you can find much cheaper (or even free) alternatives, though using them will be probably much difficult. Some advanced statistical analyses are not available in the Statistical Toolbox